The aim of this conference was to bring various experts on the subject at one place and provide young number theorists an opportunity to learn the techniques in the subject. This four day conference was begun with a keynote talk on September 04, 2017 and end with a valedictory function on September 07, 2017. There were 15 sessions consisting of one keynote, 6 plenary, 12 invited and 12 young scholar's talks. The details about this conference is available on the conference web page.

Noncommutative Geometry (NCG) is a vivid research subject in Mathematics and Physics. The main goal of this school was to train local researchers and students in these topics and to establish strong research collaborations with colleagues, students and researchers.

The school gathered students and young scientists, as well as experts working in the area of Harmonic Analysis and Geometric Measure Theory, both, from the theoretic, as well as the applied point of view. It provided a unique learning opportunity for young researchers, especially from Latin America, in several recent and important developments in applications. It will help to create future researchers in mathematics and in signal and image processing in this part of the world.

The scientific topics discussed during this research school approved by CIMPA were Complex Geometry and their Applications.

This school was the third one, supported by CIMPA and organized in the region of Kurdisatn. It was based on the analysis of the problem of reconstruction of data on the boundary, known as the Cauchy problem, using iterative algorithms inspired by domain decomposition methods.

This school was the first active SEAMS school concerning numerical analysis and scientific computing of partial differential equations in Thailand. It testifies the ability of the Silpakorn Dept. of Mathematics to participate in South East Asia (ASEAN) cooperation. The conference introduced a basis of the theoretical and numerical mathematical analysis to study partial differential equations arising in image processing. Theoretical lectures were complemented by practical sessions through scientific Python software.

This CIMPA school has been of great importance to the region, as it allowed fruitful interactions among many of professors and students from Latin-America working in Algebraic Geometry. Equally important is the fact that they had the chance to interact with well-known experts from France and Russia, crucial for networking and future joint projects.